Quick implant used for implantable biosensor

Abstract

The invention discloses a quick implant used for implantable biosensors. The quick implant comprises an implant shell, a sliding seat installed in the implant shell, and a mounting mechanism; an elastic force part which enables the sliding seat to slide in the implant shell, and a control part used for controlling the sliding seat to leave from the original position and slides under the action of the elastic force part; a separation mechanism; an elastic reset device, wherein when a sensor mounting assembly is separated from the sliding seat in the preset position, the elastic reset device applies acting force back to an implantation opening onto the sensor mounting assembly. The quick implant can conveniently, quickly and accurately complete the implantation and the exit of the implantable biosensor. Short time is spent in the whole process, and the pain feeling of a patient in the process of implanting the sensor is greatly reduced, thereby improving the working efficiency.

Description

technical field [0001] The present invention relates to the technical field of medical devices, and more specifically relates to an implanter for quickly implanting implantable biosensors into the skin, which can quickly and accurately send the sensors implanted into the skin into the skin tissue It reduces the patient's pain during sensor implantation. Background technique [0002] The diagnosis and treatment of many diseases requires the monitoring of certain physiological parameters at any time, such as body temperature, heart rate, blood pressure, blood oxygen, blood sugar, etc. Some parameters can be directly measured by physical methods, such as temperature and heart rate can be measured outside the body at any time. However, some parameters cannot be obtained from in vitro measurements. For example, diabetic patients need to monitor blood sugar, which is a prominent example, and must be obtained from blood or interstitial fluid. The method of measuring interstitial ...

AI Technical Summary

Problems solved by technology

When the existing implantable biosensors are implanted into the skin, because the implantable biosensors are very small, many implantable biosensors are wrapped with hard needle tubes and sent into the subcutaneous tissue together, and then The hard needle tube is withdrawn again, and the implantable biosensor is left in the subcutaneous tissue. When the existing hard needle tube and implantable biosensor are implanted, the implantation speed of the implanter used is slow, The position of implantation is not accurate enough, and it takes a long time for implantation and withdrawal during implantation, which makes the patient feel tingling and increases the pain of the patient, and the slower implantation speed will also cause damage to the subcutaneous tissue. Adversely affect the performance of implantable biosensor detection

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